New materials design: scattering problems and the method of auxiliary sources

The development of the method of auxiliary sources (MAS) to 2-D and 3-D scattering problems upon the objects of complicated shape and of complex materials is considered. Application of MAS to the problems of anisotropy, chirality and biisotropy is shown. The algorithm used to determine the solution in a general case is described, and the new numerical and physical results of investigating specific objects in a wide frequency range are presented. A program complex for studying the radiation, propagation, scattering and absorption processes in complex media is demonstrated.